## A Radar System Based on Statistical Estimation and Resolution Considerations |

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### Contents

Fundamental limitations on radar resolution | 13 |

A matchedfilter radar receiver based | 31 |

System resolution performance | 48 |

7 other sections not shown

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### Common terms and phrases

ambiguity amplitude Appendix arbitrary autocorrelation function bandwidth binary shift binary shift-register carrier frequency clutter complex correlation components conventional pulse correlation function corresponding cyclic permutation delay and doppler delay lines delay resolution desired detection digits doppler shift employed energy spectrum estimation theory feedback connections feedback paths Fourier spectrum function u(t Hilbert transform impulse response input integral klystron likelihood function linear locally-supplied main peak matched filter matched-filter output maximum Mc/s modulated signal modulation function modulation waveform noise-like North filter observation interval obtained operation optimum oscillator output pulse parameters Parseval's theorem phase phase-reversal modulation possible problem pseudo-random functions pseudo-random sequences random range and velocity range resolution receiver output rectangular pulse relation repetition period resolution capabilities result secondary peaks shown in Fig signal duration signal s(t statistical independence synchronous Table D-l target echoes theorem tion transmitted signal vector width Woodward